Sensory perception, motor control, and cognition necessitate reliable timing in the range of
milliseconds to seconds, which implies the existence of a highly accurate timing system. Yet …

This paper provides a comprehensive review of the Type B effect (TBE), a phenomenon
reflected in the observation that discrimination sensitivity varies with the order of stimuli in …

Temporal preparation is the cognitive function that takes place when anticipating future
events. This is commonly considered to involve a process that maximizes preparation at time …

Our perception of moving stimuli is prone to systematic biases. Different biases, for example
concerning the perceived speed, or spatial location, of a dynamic, moving stimulus, have …

Humans can adapt when complex patterns unfold at a faster or slower pace, for instance
when remembering a grocery list that is dictated at an increasingly fast rate. Integrating …

Human time perception is malleable and subject to many biases. For example, it has
repeatedly been shown that stimuli that are physically intense or that are unexpected seem …

The hippocampal region has long been considered critical for memory of time, and recent
evidence shows that network operations and single-unit activity in the hippocampus and …

The human ability to discriminate the duration of two subsequently presented stimuli is often
studied with tasks that involve a comparison between a standard stimulus (with fixed …

The prediction of future events and the preparation of appropriate behavioural reactions rely
on an accurate perception of temporal regularities. In dynamic environments, temporal …

Although the peripheral nervous system lacks a dedicated receptor, the brain processes
temporal information through different sensory channels. A critical question is whether …